Our paper “Acute exposure to low-level light at night is sufficient to induce neurological changes and depressive-like behavior” has been published in Molecular Psychiatry. This work consists of a series of simple experiments demonstrating that short-duration (3 days) exposure to low levels of light at night can drastically alter depressive-like behavior and hippocampal gene expression. This is also the last paper I have from my graduate school lab ! A little fact about this paper…during the completion of this study we did behavioral testing every day for 2 months (including weekends etc…)!
William Walker II and myself have put up a new preprint of our paper “Molecular mechanisms of cancer-induced sleep disruption” to preprints.org . This is my first time publishing a pre-print….and I like it so far! In this review, we discuss emerging research that links the brain and cancer in the periphery. Specifically, we highlight how this cross-talk alters the host response to tumors, causing ‘collateral damage’ like sleep disruption, systemic inflammation, metabolic changes, and anorexia/cachexia.
After a long review process, a paper that we began working on over two years ago has been accepted for publication in Molecular Psychiatry. It is titled “Acute Exposure to Low Level Light at Night is Sufficient to Induce Neurological Changes and Depressive-like Behavior” with William Walker II as the lead author. The paper demonstrates that as little as 3 days of exposure to dim light at night induces larges changes in central gene expression and the development of depressive like behavior. Glad that this is seeing the light of day !
I have accepted an assistant professor position at Cold Spring Harbor Lab ! Borniger lab will be up and running in January 2020! Check back here or follow me on twitter for updates. I will be looking for Post-docs soon! I am so happy to join this community of incredible scientists !
My first ‘single author paper’, “Central Regulation of Breast Cancer Growth & Metastasis” was just published in the Journal of Cancer Metastasis and Treatment. This was very exciting to put together as it was another excuse to write a lot about a topic that I love. In this review, I present some of the exciting research that aims to uncover how the brain interacts with the body to facilitate cancer growth.
Celebrating the little victories here! My upcoming K99/R00 “Kangaroo” application was selected by the Stanford Cancer Institute as 1 of just 3 that they nominate for submission to the National Cancer Institute. This application describes several experiments to investigate cancer-brain interactions. I will submit this app soon!
Full FOA available here.
Our paper “The Role of PHOX2B-derived Astrocytes in Chemosensory Control of Breathing and Sleep Homeostasis” has been accepted for publication in at the Journal of Physiology!
This research was led by Drs. Catherine Czeisler and Jose Otero at The Ohio State University.
I’m happy to have been a part of this large and multi-team effort! Congrats to all!
We were awarded a Department of Psychiatry & Behavioral Sciences Innovator Grant for our project proposal “Linking the brain to immunity via Deep Brain Stimulation and Mass Cytometry”!
The experiments described in this proposal will use deep brain stimulation in human patients to investigate how modulating the activity of different brain areas influences the immune system.
I am extremely excited to start on this project, which will shed new light onto brain control of immunity.